The CPU layout is identical across the two models: a 14-core configuration split into two performance cores (P-cores), eight efficiency cores (E-cores), and four low-power efficiency cores (LP E-cores) . The real difference lives in the GPU.
The Extreme variant is clearly positioned as the flagship competitor to AMD's top-tier Ryzen Z2 Extreme. Intel has confirmed the chips support AI-powered XeSS 3 upscaling for higher frame rates and were developed in "close collaboration with hardware manufacturers" to optimize for the handheld form factor .
Leaked PassMark results have given an early—if incomplete—look at how the Arc G3 Extreme stacks up against its primary rival.
According to a leaked result spotted by x86deadandback on X, a single Arc G3 Extreme sample believed to be powering an unreleased MSI Claw 8 EX AI+ achieved a single-core score of 4,288 and a multi-core score of 29,622 . By comparison, the AMD Ryzen Z2 Extreme averages 3,964 in single-core and 23,649 in multi-core on the same test
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That translates to roughly an 8% advantage in single-threaded tasks and a much more substantial 25–26% lead in multi-threaded performance for Intel .
On paper, AMD’s Ryzen Z2 Extreme has more CPU threads (16 versus Intel's 14), and PC Gamer notes that AMD's chip “seems to have better CPU specs, on paper,” with three Zen 5 cores and five Zen 5c cores . But the early PassMark data suggests Intel’s architecture and higher GPU core count may translate to a real-world advantage.
A crucial caveat: These are early leaked results from a single engineering sample. No independent retail-device testing has been published. Performance in real-world gaming, power efficiency, and driver stability—areas where Intel has historically struggled with its Arc discrete GPUs—remain open questions.
Simulated gaming tests from Notebookcheck suggest the Arc G3 Extreme can run Forza Horizon 5 at 1080p/medium settings above 90 FPS at just 18W, outpacing the Ryzen Z1 Extreme which averages just above 80 FPS in the same conditions .
Intel has confirmed that handhelds featuring the new Arc G-Series chips will begin rolling out in the coming months, with broader availability expected throughout the year .
Acer’s Predator Atlas 8 appears to be positioned as the first device out of the gate, with a launch expected to coincide with Computex 2026 .
Intel’s triumphant entry into handheld gaming is overshadowed by a brutal market reality: the global memory shortage.
On May 27, 2026—one day before Intel's announcement—Valve raised Steam Deck OLED prices by as much as $300, citing rising memory and storage costs driven by explosive demand from AI data centers . The 512GB OLED model jumped from $549 to $789 (a 44% increase), and the 1TB model climbed from $649 to $949 (a 46% increase)
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Valve’s official statement was blunt: “Steam Deck itself hasn't changed; these new prices reflect the current state of component costs and other global logistics challenges across the industry as a whole" .
This AI-driven memory crunch—dubbed "RAMageddon" or the "RAMpocalypse" in tech media—is not a short-term blip. DDR5 prices reportedly quadrupled in a matter of months, and hyperscale AI data centers are absorbing massive quantities of DRAM and NAND supply .
Why this matters for Intel: The same memory-cost pressure that forced Valve’s hand now threatens to make the first wave of Arc G3 handhelds prohibitively expensive. PCWorld reports that new Arc G3-based devices are expected to cost around $1,200 due to high RAM and storage prices, positioning them in direct competition with more versatile gaming laptops rather than the sub-$500 handhelds that defined the market’s early growth .
In effect, Intel is delivering the handheld chip consumers have been asking for, but at a moment when component costs may lock many buyers out entirely.
The available reporting frames the near-term Windows handheld competition primarily as a two-horse race between Intel and AMD .
AMD's current lineup is anchored by the Ryzen Z2 Extreme, an 8-core, 16-thread APU with 16 RDNA 3.5 compute units and a boost clock of up to 2.7 GHz . It has been the performance king of Windows handhelds since its debut, powering devices like the ASUS ROG Ally X
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Nvidia, for its part, is conspicuously absent from the integrated-handheld-SoC conversation. No current Nvidia chip directly competes in this space, and the reporting focuses squarely on Intel's attempt to unseat AMD.
For Intel, success will depend on more than raw benchmark performance. The company must prove its driver maturity—a persistent weakness in the discrete Arc GPU era—secure deep OEM adoption beyond the initial launch partners, and navigate a pricing landscape that looks increasingly hostile to affordable handheld gaming .
The Arc G3 and Arc G3 Extreme represent a genuine technical achievement and a credible challenge to AMD’s handheld gaming dominance. Early leaked benchmarks suggest the G3 Extreme could claim a 25–26% multi-threaded performance lead over the Ryzen Z2 Extreme .
But performance specs are only half the story. Intel is entering a market in crisis: the same AI-driven memory shortage that forced Valve to hike Steam Deck prices by up to $300 is expected to push the first Arc G3 handhelds toward the $1,200 mark . If that pricing holds, Intel's debut may be remembered less for its silicon and more for its unlucky timing.